Revolutionizing Organizational Design with Orgvue's New Henshaw AI Capabilities
Transforming Workforce Design with Orgvue's Henshaw AI
In a world where organizational structures need to evolve rapidly to meet changing demands, Orgvue has taken a significant step forward with the launch of its new AI capabilities known as Henshaw. Announced on December 3, 2025, during a press event, this suite of features aims to streamline organizational design and planning processes by automating the analysis of data related to workforce structures.
At the forefront of this innovation are two primary components: Henshaw Roles and Henshaw Assistant, both currently available through an early access program. Over the next year, additional functionalities will be introduced, driving further enhancements to the overall capabilities of the platform.
The Power Behind Henshaw AI
Named after George Holt Henshaw, a pioneer in organizational chart design, the Henshaw suite utilizes generative AI and machine learning to provide insights that facilitate quicker decisions. By automating time-consuming tasks, the platform allows organizations to focus on strategic planning and the thoughtful design of human-AI collaboration.
Oliver Shaw, CEO of Orgvue, states, “We believe that AI will not replace the workforce but transform it.” This sentiment underscores Orgvue’s commitment to supporting human decision-making through technology. By automating labor-intensive workload tasks, organizations can concentrate on high-level pursuits that improve productivity and profitability.
Henshaw Roles: Reducing Manual Workloads
One of the standout features, Henshaw Roles, is designed to simplify the task of creating job architecture. By automatically categorizing positions into defined roles and clusters, organizations can save precious time—efforts that could take weeks or even months through traditional methods are reduced to mere minutes, enhancing the overall pace of organizational design and workforce planning.
Henshaw Assistant: Conversations for Clarity
Complementing Henshaw Roles is Henshaw Assistant, Orgvue's natural language interface. This tool allows HR professionals, transformation leaders, and workforce planners to engage with their data through conversational queries, uncovering valuable organizational insights with ease. The streamlined approach means that design teams can spend less time grappling with data structuring and more time acting on valuable insights.
Stacey Anderson, Director of Organizational Strategy and Effectiveness at a participating early access customer, Salesforce, has already noted the game-changing capabilities of Orgvue’s automated role-clustering. She remarked, “It will save a huge amount of time in surfacing opportunities for organizational redesign, workforce planning, and cost reduction.” The positive feedback from initial users highlights the platform's potential to redefine workplace dynamics and design methodology.
Commitment to Security and Ethics
In addition to enhancing workforce planning efficiency, Orgvue emphasizes its commitment to safe and responsible AI use, reinforcing trust with clients and stakeholders. The platform complies with stringent global data security standards and maintains robust measures to protect customer information through dedicated large language models (LLMs).
About Orgvue
Orgvue is an innovative platform dedicated to organizational design and planning. It empowers businesses to optimize workforce transformations by analyzing the tasks employees perform and the competencies they bring to the organization. Operating from its headquarters in the United Kingdom, Orgvue supports some of the world’s leading enterprises to visualize and project future organizational states effectively.
In summary, Orgvue's Henshaw AI suite ushers in a new era of organizational design, reinforcing the vital link between strategy and structure, thus enabling businesses to thrive in a world that is in constant flux. As the capabilities continue to expand in 2026, the organizational design processes across various industries could see revolutionary transformations.